Fuse element
A fuse element including a pair of terminal sections positioned at opposite ends of the fuse element, a plurality of spaced parallel rows of elements connecting the terminal sections, and a plurality of fused sections formed in substantially central sections of the elements, wherein the terminal sections and the elements or the elements alone are formed by stamping a single metal plate to separate a piece having a predetermined shape therefrom and bending the piece into a predetermined three-dimensional shape.
1. A fuse element comprising:
a pair of terminal sections positioned at opposite ends of the fuse element;
a plurality of spaced parallel rows of elements connecting the terminal sections via a pair of base end sections; and
a plurality of fused sections formed in substantially central sections of the elements,
wherein the terminal sections and the elements or the elements alone are formed from a single metal plate having a predetermined shape into a predetermined three-dimensional bent shape,
and the plurality of elements are connected to each other only via the base end sections so that a parallel circuit with the fused sections is formed between the terminal sections by arranging the plurality of elements in parallel and at a predetermined spacing between the terminal sections,
two bending lines and a flat surface extending in a direction of the terminal sections between the two bending lines are arranged at each of a plurality of connecting parts of the elements where the elements and the base end sections are connected, the elements are bent in a direction intersecting the direction of the terminal sections at the two bending lines respectively, and the elements are connected to the base end sections only by the flat surfaces extending in the direction of the terminal sections.
2. The fuse element according to claim 1 , wherein
the terminal sections and the plurality of elements are formed from a single metal plate having a predetermined shape into a predetermined three-dimensional bent shape.
3. The fuse element according to claim 1 , wherein
the elements are bent and shrunk in the direction of the terminal sections.
4. The fuse element according to claim 2 , wherein the elements are bent and shrunk in the direction of the terminal sections.
5. The fuse element according to claim 1 , wherein one of the elements is positioned away from a central element and has a smaller width than the central element, and the element positioned away from the central element is bent in a direction intersecting the direction of the terminal sections.
6. The fuse element according to claim 2 , wherein one of the elements is positioned away from a central element and has a smaller width than the central element, and the element positioned away from the central element is bent in a direction intersecting the direction of the terminal sections.